This is the classical plasmid-encoded Ysc TTSS of Y. pestis. But Y. pestis genome has shown the presence of a second TTSS, which has also been discovered in the most virulence biogroups of Y. enterocolitica. The role of this additional TTSS in virulence has not been addressed yet. ...
This is the classical plasmid-encoded Ysc TTSS of Y. pestis. But Y. pestis genome has shown the presence of a second TTSS, which has also been discovered in the most virulence biogroups of Y. enterocolitica. The role of this additional TTSS in virulence has not been addressed yet. ...
This is the classical plasmid-encoded Ysc TTSS of Y. pestis. But Y. pestis genome has shown the presence of a second TTSS, which has also been discovered in the most virulence biogroups of Y. enterocolitica. The role of this additional TTSS in virulence has not been addressed yet. ...
This is the classical plasmid-encoded Ysc TTSS of Y. pestis. But Y. pestis genome has shown the presence of a second TTSS, which has also been discovered in the most virulence biogroups of Y. enterocolitica. The role of this additional TTSS in virulence has not been addressed yet. ...
This is the classical plasmid-encoded Ysc TTSS of Y. pestis. But Y. pestis genome has shown the presence of a second TTSS, which has also been discovered in the most virulence biogroups of Y. enterocolitica. The role of this additional TTSS in virulence has not been addressed yet. ...
This is the classical plasmid-encoded Ysc TTSS of Y. pestis. But Y. pestis genome has shown the presence of a second TTSS, which has also been discovered in the most virulence biogroups of Y. enterocolitica. The role of this additional TTSS in virulence has not been addressed yet. ...
This is the classical plasmid-encoded Ysc TTSS of Y. pestis. But Y. pestis genome has shown the presence of a second TTSS, which has also been discovered in the most virulence biogroups of Y. enterocolitica. The role of this additional TTSS in virulence has not been addressed yet. ...